LoginCEN TC247 has prepared draft standards for main types of room controllers.
IBPSA 2001 - Rio de Janeiro, Brazil
International Building Simulation Conference 2001, Rio de Janeiro, Brazil.
Contains 153 papers
Volume content
A flow responsive algorithm was devised and implemented within the ESP-r simulation program to advance the modelling of internal surface convection.
Measurement and simulation of the thermal behavior of a massive building passive solar conditioning | 2001 | English
The measured thermal behavior of a massive building that uses passive techniques for indoor air conditioning is presented. The building thermal transient behavior was simulated with SIMEDIF code.
On the potential of computationally renderes scenes for lighting quality evaluation | 2001 | English
This paper describes an empirical study that was conducted to determine whether and to what extent subjective evaluation of lighting in architectural spaces can be reproduced using computationally rendered images of such spaces.
Influence of sensor position in building thermal control: development and validation of an adapted zone model | 2001 | English
This paper presents the development of a zone model adapted to the study of the influence of the sensor position in building thermal control. The temperature measured by the sensor of a room temperature controller depends on its position in the zo
Advances in psychoacoustics through the years, have made it possible to evaluate the acoustical quality of a room, based on several numerical parameters that have been developed.
An optimal combination of the characteristics of an air conditioning system and the control strategy is necessary to minimize costs and the energy demand.
With increasing demands for electric power in large commercial buildings the problem of magnetic interference to sensitive equipment has increased. However, low-frequency (ELF) electromagnetic interference is not generally addressed in the design
On the influence of angular dependence properties of advanced glazing systems on the energy performance of buildings | 2001 | English
Windows strongly influence the energy performances of buildings, especially in the new hugely glazed constructions.
We have developed software applications that design HVAC systems (that is, select, locate, and size components and their interconnections) given building descriptions, user preferences, and built-in rules.
Modeling the link between built environment and urban climate: towards simplified indicators of the city environment | 2001 | English
The important variation of the urban morphology has direct effects on the disparity of the outdoor climates, as well as indoor climates.
In this study, the Typical Weather Year data for the simulations of buildings were developed following the previous study. Using these data, the annual heating and cooling loads of model houses in 69 Chinese cities were calculated.
SIMULA_3D : a multi_zone unsteady thermal simulation tool based on a 3D modelling of the building | 2001 | English
Generally, geometrical data of the building do not constitute an usual detailed input for the thermal simulations, but nevertheless they become necessary as soon as accuracy is needed to take into account incoming solar energy, to measure the radi
Knowledge management for comfortableness and the energy saving of building management | 2001 | English
This paper proposed two simulation methods of the “Cooperation control “. The Cooperation control is defined the optimize connecting control in the HVAC, artificial lighting and day-lighting combined with venetian blind control. The first method
Solar radiation induced convection occurs quite often in glazed spaces. In spite of that the impact of solar radiation to airflow inside rooms and buildings is not usually taken into account when airflow patterns are studied.
The potential offered by computer simulation is often not realized: Due to the interaction of system vari- ables, simulation users rarely know how to choose input parameter settings that lead to optimal perfor- mance of a given system.
This paper describes the development and validation of a simulation model for Advanced Integrated Mechanical Systems (AIMS) destined for residential applications.
The application of a passive cooling system to animal housing was evaluated.
This paper describes a simplified computational model to predict indoor air temperature distribution. This model is based on the energy conservation equation combined with a scaling analysis of the momentum equation.